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Fantastic SEN/Low Ability GCSE lesson on ions formation and drawing ions . 32 Slides including Do Now/Starter, Success Criteria, defintions, miniquiz and activities with answers for each activity. 6 Activities in total some of which have been chunked to assist SEN pupils. Complete lesson includes accompanying worksheets. The activities include: -What’s missing from the ions diagrams -Task where students state whether the ions were formed by losing or gaining electrons -Using periodic table to determine if elements are metals or non-metals -Using electron configuration to determine how the ions were formed -Drawing ions using template given, The template also shows the electron shell diagram and states whether the atom loses or gains electrons to assist with reducing the cognitive load.

Unlock the wonders of Active Transport with this dynamic and accessible GCSE PowerPoint! This resource features 24 engaging slides that guide students through key concepts, including a Do Now/Starter, clearly defined Success Criteria, a quiz, and a range of 5 interactive activities, all supported by comprehensive answers. The complete lesson is further enhanced with accompanying worksheets designed specifically for SEN and low-ability students. Activities Overview: -Word Choice Exercise: Students will select the correct terms to explain what active transport is and how it differs from diffusion. -Comparison Table: Foster understanding through a structured table that prompts students to compare the features of diffusion and active transport. -Diagram Analysis: Students will identify areas of low concentration and indicate the direction particles would move via active transport. -Key Terms Identification: Engage students with a “What Am I?” task, where they use provided descriptions to identify key vocabulary related to active transport. -Extended Writing Prompt: Encourage deeper understanding with a 5-mark writing question that asks students to describe both diffusion and active transport. This lesson is tailored to support the learning needs of all students, ensuring that those with SEN or low ability can engage meaningfully with the material. **For any questions or feedback, please contact us at qualityresources262@gmail.com.

Fantastic SEN/Low Ability GCSE lesson on Stem Cells . 29 Slides including Do Now/Starter, Success Criteria, defintions, miniquiz and activities with answers for each activity. 8 Activities in total which includes differentiated tasks for low ability students. Complete lesson comes with accompanying worksheets. The activities include: -Labeling a set of statements as either adult stem cells or embryonic stem cells -Matching up key words with descriptions -Correcting mistakes from statements about stem cells -Gap fill describing stem cells -List of statements where students have to decide if they are for or against the use of embryonic stem cells -Extended writing question evaluating the use of embryonic stem cells -Bingo plenary task

Fantastic GCSE powerpoint on Osmosis for Low ability/SEN students . 20 Slides including Do Now/Starter, Success Criteria and activities with answers for each activity. 9 Activities in total. Complete lesson comes with accompanying worksheets. The activities include: -Describing the process of osmosis using key scientific terminology -Quiz with examples of dilute vs concentrated solution -Finishing the sentences -Correct the mistakes -Table calculation question for change in mass and percentage change in mass

Discover our Excellent Worksheets with Answers designed specifically for SEN students to support their understanding of graph interpretation in enzyme studies. This resource with over 10 worksheets featuring different activities that simplify the process of describing graphs related to enzyme activity. Activities Include: -Gap Fills: Students complete sentences related to pH and temperature graphs, reinforcing their understanding of key concepts. -Questions and Answers: Engaging questions tailored for both pH and temperature graphs help students solidify their knowledge through guided practice. -Descriptive Tasks: Students will articulate the effects of temperature on enzyme activity using sentence starters provided, ensuring they can express their understanding with confidence. Why Choose This Resource? Focused Support: Tailored specifically for SEN learners, these worksheets foster comprehension and confidence in graph analysis. Comprehensive Practice: A variety of activities keep students engaged while reinforcing essential concepts in a structured manner. Clear Answers: All answers are included, making it easy for educators to provide prompt feedback. This resource is perfect for enhancing SEN students’ ability to understand and describe key concepts in enzyme activity. **For any questions or feedback, please contact us at qualityresources262@gmail.com.

Fantastic GCSE powerpoint on Halogens . 22 Slides including Do Now/Starter, Success Criteria and activities with answers for each activity. 5 Activities in total. Complete lesson comes with accompanying worksheets. The activities include: Activities include: -Cross word about the properties of group 7 elements -Missing letters and gap fill -Match up sentences about properties -Table with correct and incorrect labels, students need to identify the errors

Fantastic GCSE powerpoint on Active Transport . 24 Slides including Do Now/Starter, Success Criteria, quiz and activities with answers for each activity. 5 Activities in total in addition to the quiz. Complete lesson comes with accompanying worksheets. The activities include: -Choose the correct word explaning what active transport is and how it differs from diffusion -Comparison table where students choose the features of diffusion and active transport -Diagam questions where students must identify low concentration and state the direction the particles would move via active transport -Key words ‘what am I?’ task where pupils use the descriptions to identify the key words -5 mark extended writing question where students have to describe diffusion and active transport

Transform your enzyme lessons into an engaging experience with our Essential Enzyme Worksheet Pack tailored specifically for SEN and low-ability students! This resource features over 10 worksheets packed with interactive activities that simplify graph interpretation and help students grasp the conditions affecting enzyme activity. It’s the perfect tool to demystify complex topics for all learners. What’s Included: -Graph Interpretation: Students analyze graphs to identify the optimum pH and temperature for enzyme activity, making data analysis accessible. -Matching Definitions: A hands-on activity where students match key terms with their definitions, reinforcing vocabulary in a fun way. -True or False: Simple questions designed to test understanding of enzyme functions, encouraging critical thinking. -Sentence Starters: Guided sentence starters assist students in describing the effects of temperature on enzymes, helping them articulate their answers clearly. -Complete Answer Key: An ideal resource for quick marking and providing timely feedback. Why Choose This Pack? -Tailored for SEN and Low-Ability Students: Designed to boost confidence and engagement in learners who need extra support. -Time-Saving: All answers are included, streamlining your marking process. -Engaging and Challenging: This pack reinforces key GCSE-level concepts while keeping students motivated. -Perfect for classwork, homework, or revision, this resource ensures students grasp essential enzyme content with ease! **For any questions or feedback, please contact us at qualityresources262@gmail.com.

Elevate the learning experience for your low-ability and SEN pupils with our Excellent Worksheets tailored for GCSE Ions! This essential resource comprises 8 worksheets with 5 dynamic activities, designed to empower every student in grasping the intricacies of ions. Dive into engaging activities that simplify the learning process: -Metal or Non-metal Identification: Kickstart the journey by determining the elemental nature. -Electron Configuration Analysis: Unravel the mystery of electron gain or loss using provided configurations. -Precise Ion Drawing: Perfect the art with a template featuring electron shell diagrams. -Cognitive Load Reduction: Streamline understanding with clear indications of electron gain or loss. Revolutionize your classroom by investing in this incredibly effective teaching tool! Each task is accompanied by answers, ensuring seamless comprehension. Don’t miss out on this opportunity to make GCSE Ions accessible and engaging for every student. Grab your Excellent Worksheets now and transform the way your students approach chemistry!

Brilliant Differentitated Worksheets with Answers. 23 Worksheets in total including the answers. 12 Activities in total. A range of high quality worksheets and activities to help pupils develop their understanding of ionic formulae. Activities include deducing the ratio of the ions in a formula, then using this ratio to determine the formula of the ionic compound. Working out the formula from the name of the compound and ions it contains. Working out the formula for compounds with complex ions e.g. Ammonium, Sulfates and Hydroxides. Includes differentiated and scaffolded worksheets for low ability/SEN students as well.

Fantastic Low Ability/SEN GCSE Lesson on the Mendeleev. 18 Slides including Do Now/Starter, Success Criteria, mini quiz and activities with answers for each activity. 5 Activities in total. A range of high quality worksheets and activities to help pupils develop their understanding of Mendeleev and the periodic table. Complete lesson comes with accompanying worksheets. The activities include: -Choosing form a list of actions which of the statements represent tasks Mendeleev carried out -Gap fill about the work of Mendeleev in contributing to the development of the periodic table -Finish the sentences -Match up sentences -Choose the correct word from a paragraph about Mendeelev’s work

Fantastic GCSE Lesson on the Mendeleev. 38 Slides including Do Now/Starter, Success Criteria, mini quiz and activities with answers for each activity. 10 Activities in total. A range of high quality worksheets and activities to help pupils develop their understanding of Mendeleev and the periodic table. Complete lesson comes with accompanying worksheets. The activities include: -Choosing form a list of actions which of the statements represent tasks Mendeleev carried out -Gap fill about the work of Mendeleev in contributing to the development of the periodic table -Finish the sentences -Match up sentences -Choose the correct word from a paragraph about Mendeelev’s work Includes worksheets for low attainers/SEN students as well.

Introducing an easy-to-use worksheet designed specifically for students who need extra support in understanding basic physics concepts. This resource breaks down complex ideas into manageable tasks, making learning both fun and accessible. The worksheet includes: Match the Term with Its Correct Description: Students will engage by matching key terms with their definitions, helping them build a strong foundation of vocabulary. Multiple Choice Questions: With clear options, students can practice identifying the correct answers, boosting their confidence in making choices. Gap Fill Exercise: This task encourages students to recall and apply knowledge by filling in the blanks, reinforcing their understanding of key concepts. Scalar or Vector Identification: Given a list of quantities, students simply mark each as either a scalar (S) or a vector (V), enhancing their grasp of the differences between these two fundamental concepts. Best of all, the worksheet comes complete with answers, providing students with instant feedback and allowing them to learn independently. Perfect for revision, homework, or classroom activities, this worksheet ensures that all students can achieve success in their studies. Get your copy today and watch your students’ confidence and understanding grow!

Fantastic GCSE powerpoint on Neurons, neurotransmitters and synaptic transmission . 41 Slides including Do Now/Starter, Success Criteria, mini quiz and activities with answers for each activity. 13 Activities in total which includes differentiated tasks for low ability students. Complete lesson comes with accompanying worksheets. The activities include: -Gap fill describing the adaptations of nerve cells or neurons -Choosing the correct adaptations from those listed encompassing special cells -Finish the sentences explaining the adaptations -Wting the correct key words based on the description -Putting the steps for synaptic transmission into the correct order. Includes worksheets for low attainers/SEN students as well.

Excellent Worksheets with Answers for SEN and Low ability pupils. 6 Worksheets in total including the answers. 4 Activities in total. A range of high quality worksheets and activities to help pupils develop their understanding of Osmosis. Activities include describing the process of osmosis using key scientific terminology, missing letters correct the mistakes and a table calculation question where students must calculate the change in mass using the initial mass and final mass. They then use this to calculate the percentage change.

Brilliant SEN/Low Ability GCSE Worksheets on Stem cells with Answers. 11 Worksheets in total including the answers. 6 Activities in total. A range of high quality worksheets and activities to help pupils develop their understanding of Stem Cells. Activities include labeling a set of statements as either adult stem cells or embryonic stem cells, matching up key words with descriptions, correcting mistakes from statements about stem cells, gap fill describing stem cells, list of statements where students have to decide if they are for or against the use of embryonic stem cells and extended writing question evaluating the use of embryonic stem cells.

Excellent Worksheets with Answers for Low ability/SEN pupils to assist them with learning GCSE enzyme structure. 6 worksheets included with 4 different activites. Students are given a list of descriptions and must determine if an enzyme or substrate is being described. The second task requires students to match up the key words with the descriptions given. The third task, is scaffolded with key words which students use to label the diagram to show substrate, enzyme, active site and enzyme-substrate complex. The fourth and final task is a gap fill activity. Each task includes the answers as well.

Fantastic SEN/Low Ability GCSE Lesson on the Reflex arc. 24 Slides including do now/starter, success criteria, defintions, mini quiz and activities with answers for each activity. 6 Activities in total. Complete lesson comes with accompanying worksheets. The activities include: -Gap fill determining the correct order of the reflex arc, -Match up sentences with the role of receptors neurons and the effectors -Misising letter sentences explaining the passage of impulses during a reflex response -Putting the steps for the activation of the reflex response into the correct order. -Extended writing task for students to apply their knowledge to a specific scenario of hot water being dropped on a person’s leg

Discover an Outstanding Resource for SEN and Low-Ability Pupils: 10 comprehensive worksheets, complete with answers, and a set of 5 engaging activities await exploration. This resource is carefully designed to enhance understanding of Electron Configuration and Shell Diagrams. Activities: -Drawing electron shells -Determining electron configuration using shells -Explaining mistakes in pre-drawn electron shell diagrams -Working out mistakes in pre-written electron configurations Elevate the learning experience with this exceptional collection, tailored to support the unique needs of SEN and low-ability pupils.

Excellent Worksheets with Answers for Low ability/SEN pupils to assist them with learning GCSE diffusion. 8 worksheets included with 4 different activites. Students must describe the concentration and the number of particles present. Students then must identify the missing word using the letters given. Students are given a choice of words to determine the full explanation for how particles would move in a set of cell diagrams given. Students must then match up the key parts of the sentences together describing the process of diffusion. Each task includes the answers as well.